Electrical Stimulation Aids Stroke Rehab
Researchers have found that electrical stimulation of the spinal cord improved arm and hand mobility in people rehabbing from severe strokes.
Researchers have found that electrical stimulation of the spinal cord improved arm and hand mobility in people rehabbing from severe strokes.
A Rutgers analysis of U.S. stroke deaths from 1975 to 2019 has found both a dramatic decline and the potential for an important resurgence.
In this feature-length Rehab Management article, Stephanie Zanvettor, PT, CBIS, CCI, shares how the Young Stroke Program prepares stroke survivors of all ages for a return to their previously active lifestyles.
CIONIC announces a collaboration with acclaimed designer Yves Behar and his world-renowned multidisciplinary design firm, fuseproject.
Read MoreUniversity of Houston has purchased and received a Harmony SHR exoskeleton to be used in research being conducted by Dr. Jinsook Roh.
Read MoreA robotic arm controlled by the brain, developed at University of Houston, is in clinical trials to help stroke patients recover limb use.
Read MoreMicroTransponder Inc closed an oversubscribed $53 million Series E funding round to commercialize the Vivistim Paired VNS System.
Read MoreResearchers at the University of East Anglia are launching a new study to see how sleep could help stroke recovery.
Read MoreA sensor-equipped computer program can accurately identify and count arm movements in people undergoing stroke rehabilitation.
Read MoreReGrasp Bionic Glove, designed to help patients speed hand rehabilitation following stroke or injury, is now available in the United States.
Read MoreMicroTransponder Inc reached a milestone recently with the first commercial use of its Vivistim Paired VNS System, the company announces.
Read MoreTorque3 announces the opening of the Alpha Program with stroke/TBI survivors to test simulation machines for viability in the rehab market.
Read MoreAccess to an online program providing healthy lifestyle and behavior change techniques may improve quality of life among stroke survivors.
Read MoreThe NIH-funded project will use artificially grown, simplified mini-organs to create a stroke treatment that targets damaged brain cells.
Read MorePracticing sitting Tai Chi early after a stroke enhanced health outcomes, such as hand and arm function, sitting balance, and mental health.
Read MoreResearchers and Russian doctors address the differences between the symptoms of post-stroke aphasia and aphasia caused by glioma surgery.
Read MoreRobotic therapy utilizing the Andago and ArmeoSpring at Arroyo Grande Community Hospital helps patients regain mobility and return to life.
Read MoreMegan Palmer, OTR/L, explains how newer technologies can help drive motor recovery of upper extremities in stroke patients.
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